In this paper, we discuss fundamental issues underlying holographic data storage: grating
formation, recording and readout of thick and thin holograms, multiplexing techniques …

We consider holographic optical data storage systems implemented with photorefractive
media. Our viewpoint emphasizes the close interaction between materials and device …

The diffraction from a thick photorefractive hologram is shown to be angular dependent,
which originates mainly from the angle-dependent effective electro-optic coefficient of a …

In holographic data storage, a photo-sensitive medium is exposed to the interference pattern
that is generated when an object beam, with an input data page encoded in the spatial …

Three-dimensional (3D) color holograms are recorded in a cerium-doped, strontium barium
niobate (SBN: 60) photorefractive crystal. These holograms are shown to reconstruct true …

A definitive demonstration of the use of a photorefractive crystal to project a three-
dimensional image in space is reported on. The image is bright and different perspective …

The end user of a holographic data storage system is concerned with its performance as
described by storage capacity, data input and output rates, stability of stored data and device …

The high density and data rate performance demonstrated for holographic data storage
continues to fuel research and development efforts, even in the face of continued rapid …

Growth-induced striations in photorefractive media constitute phase gratings that scatter
transmitted light and therefore degrade the quality of reconstructed images in holographic …

We derive the relationships for coded wave fronts in volume holography for reference and
signal waves coded with two-dimensional wave fronts. We develop estimates for cross talk …